Computing-machine.



Patented. NOV. 9, 1909.

5 SHEETS-@BBT 1,

J. M. DALY.

COMPUTING- MACHINE.

APPLICATION FILED APR.11, 1904. 939,92

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J. M. DALY.

GOMYUTING MACHINE.

APPLICATION FILED 4.23.11, 1904.

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J'. M. DALY.

COMPUTING MACHNE.,

APPLICATION FILED APR.11,1904.

Patented Nov. 9, 1909.

5 SHEETS-SHEET 3.

MMM f@ J. M. DALY. COMPUTING MACHINE.

APPLIGATION FILED APR.11,1904.

Patented Nov. 9, 1909.-

5 SHEETS-SHEET 4.

,L ivi DALY: GCMPUTXNG MAGHNE.

APPLICATION FILED APR. 11, 1,904.

zen of the United States, residing` at Chito about 1897, was to place a. given number roads they considered two basis. The gross-tonnage car and .contents which illustrate and describe a system for `tained by the present invention are somewhat 'vastly different.

' sults in overloading the engine, thereby caus- .roi-1N ivi. DALY, or o HICAGO, ILLINOIS.

.Specifica-tion of Letters Patent Patented N ov. 9. 1100.9-

Application filed April 11, 1904. Serial No. 202,553.

Tooll idiom it may concern:

Be it known that i, JOHN M. DALY, a citieago, in the county of Cook and State of Illinois, have invented certain new and' useful improvements in Computing-Machines5 and I do hereby declare that the following is a full, clear, and exact description of the invention, which will enable others skilled in the art to which it appertains to make and use the same.

rlhis invention has reference to a coniputing machine, and has for its object the equation of train tonnage or for computing the tonnage resistance iii-railway trains, the object being to reduce or adjust the loading of engines from an actual weight to a drawbar pull. y Attention is called to several patents issued4 to me on December 2nd 1002, two of which are lnumbered 715,109 and 715,201

computing the tonnage resistance of railway trains, and while the results to be obsiinilar to the patents referred to, the method of and the construction of the mechanism are The 'method in vogue on railroads for making up trains or loading engines prior of loaded and empty ears in train, reducing empty cars to a loaded car basis. Onsome (2) empty cars equal to one (1) loaded car, hence an engine rated at twentyfive (25) loads would haulA twenty -(20) loads and ten (10) empty cars. On other roads they used a basis of three (3) empty cars equal to two .(2) loaded ears, others five (5) empty cars equal to three loads, etc. At that time this method was reasonably accurate, as cars were of almost uniform capacity and weight, viz., fifteen (15) and twenty (20) ton capacity. With the introduction of large engines, and the reduction of grades about 1897, came the large capacity car of fifty (50) ton capacity, against the standard fifteen (15) and twenty (20) ton capacity cars, making it impractical to rate and load engines on the car-haul plan was next tried, this plan has on several roads -proved a failure and frequently reing delayL to train and creating .additional leleven hundred and twenty (1120) chances for accidents. The manifest or way-bill that accompanies loaded cars shows the tare, net and gross Weight of car and and build up trains on the tonnage basis'.

The gross tonnage plan is not a correct basis, for the reason, that it does notrecognize or provide for the additional power required to haul a ton of car as compa-red to a ton of contents, although all experts concede that the same engine can haul a greater gross tonnage of large capacity heavy loaded cars than it can haul in small capacity light loaded cars, for the reasonthere are elements of friction due to the number of cars used in taking care of a given tonnage of contents. For example: an engine rated at twenty-one hundred `(2100) gross tons is attached to train composed of thirty (30), seventy ton cars equal to twenty-one hundred tons, will have no ditliculty in hauling such a train, in fact it should have six hundred or seven hundred tons more.4 On thenex't trip over the same grade the saine engine has twenty-one hundred 2100) gross tons of fifteen (15) ton cars, it cannot possibly haul it. Again 'on another trip over the same grade the same'engine has twentyone hundred (2100) tons of forty (40) gross tons in fifty-three (53) cars, it is able to h aul the train in the allotted time. Each standard freight car has eight (8) wheels, eight (8) journals and measures about forty (40) feet in length overall. twenty-one hundred (2100) tons is in seventy (70) gross ton cars we have only thirty (30) cars, two hundred and forty (24:0) wheels and journals and twelve hundred ,(1200) feet of train. ln forty- (A10) ton cars we have fifty-three (53) cars, four hundred and twenty-four (424;) wheels and journals and twenty-one hundred and twenty (2120) feet vof train and if in fifteen (15) ton cars, we have one hundred and forty (140)' cars, wheels andl journals and fifty-tix hundred (5600) feet of train. With seventy (70) gross ton cars, we have friction on two hundredand have twelve hundred (1200) feet of surface for Wind resistance; we have the henelit of inomentumvwhen one half/the train passes loo Vforty (24.0) journalsland at Wheel to rail on two hundred and forty (240) wheelsywe over the summit of grade to help over an adjacent grade again; we have only Jtwelve hundred (1200) feet of train to bind in one i fifty 50) cars of forty (40) tons each, we

place ifteen (15) cars of fifteen (15) tons each next the engine and forty (40) cars of forty (1) or two (2) curves at one time, which is (40) tons each next the caboose, we have a also a train resistance feature. total of eighteen hundred and twenty-five rihe same engine hauling fifteen (15) ton (1825) tons or one hundred and seventy-five cars has forty (L10) to fifty (50) per cent. 175) tons less than rating, although the greater resistance or draw-bar pull; this has draw-bar pull on both trains is the same; been practically demonstrated on a number again, put the forty (40) cars of forty (40) of roads and is a matter of record. This tons each next the engine and the fteen ratio does not exist to the same per cent. on (15) ears of fifteen (15) tons each next the heavy grades where the rating is five huncahooseand the engine can haul seventy-five dred (500) to one 'thousand (1000) gross (75) additional tons or a total of nineteen tons as where the grades are light and en-- hundred (1900) tons. In the first case, when giiies are rated at fifteen hundred (1500) light cars were next the engine We conceded to twenty-,tive hundred (2500) tons, for the twelve (12) additional tons per car to the reason, that theY smaller the rating the less engine for increased resistance of a fifteen cars are required and the less friction, wind (15) to a fort-y (40) ton car, also for the adresistance and resistance due to distance of ditional resistance due to heavy cars at rear weight from power. end. In the second case, with the light cars llaving shown the fact that a ton of car at rear, we 'reduce that feature of the conceshas a greater draw-bar pull than a ton of sion .and allow the engine six (6) tons per contents, I wish now to show that the draw-v car on the fifteen (15) light cars for differbar pull or train resista-nce will vary on ence in weight compared to forty/(40) ton heavy and light cars according to their locacar, no concession made for light cars ahead. tion in train or distance from the engine. When ears of .greater-.weight than the test- For example: in switching together and ing unit are used, the effect is the reverse. making up a train at the starting point they Forinstance, a train rated at two thousand pu -e fifty (50) light fifteen (15) ton cars (2000) tons has forty (110) cars of forty (L10) next to engine and twenty (20) heavy sevgross tons each next to engine, it should enty ton cars at rear of train next to haul nine (9) cars of seventyl (70) tons each the Caboose, we have a total gross tonnage of equal to twenty two hundred and thirty twentybne hundred and fifty (2150) tons. (2230) tons on a rating of tWo thousand The weight of the seventy (70) ton cars at/(2000) tons, based on forty (40) ton testing the rear of train will prevent engine from unit. lf the seventy (7.0) 'ton cars are placed getting the advantage of momentum on down next to the engine it should liaul one (1) grades until after two thirds of .the entire additional seventy (70) ton car or a total of train has passed over the summit of grade;

twenty-three hundred (2300) tons on a ratagain, when the heavy cars are placed at the ving of ltwo thousand (2000) tons. Again rear of train near caboose and light cars when an engine is tested on basis of forty placed at head end near the engine, the (40) ton cars and rated at, say, sixteen hunheavy cars at rear draw hard and tend tO- dred (1600) tons, no concession is made for ward straightening out train in curves creany car of forty (40) gross tons `put in train ating additional friction of wheel liange to between the first and fortieth car, as the rail, the i'everseeect is felt when the heavy engine demonstrated its capacity to haul cars are hauled near the engine. Hence in full rating of such cars up to a limit of forty order to equalize, adjust and load an engine (40) cars; however, when a forty (110) gross on an equated tonnage or draw bar pull ton car is placed in train at the rearof forty basis, it is necessary to not only provide for other cars on a 'sixteen hundred (1600) ton the difference in the resistance between light rating, it must receive an additional allow and heavy cars, but, to also provide for the ance according to its location behind the fordifference in the resistance or draw-bar pull ticth (LlOth) car, due to length ofitrain redue to location of each weight of car in the sistance and also to the resistance due to train andthe distance of the'weight from the placing cars of less than forty (40) tons engine. ahead of the fortieth (40th) car.

in oider to provide for the difference in The invention has for its further object, resistance of light and heavy gross weight a machine for equating the draiv-bar pull cars, my plan is, to test the engines with of cars of different gross weight at different train composed of cars all of one gross locations in train, preferably, from the acweight, say forty (40) gross tons each. Aftual weight of car and contents as shown on ter arriving at a proper rating on forty (40) the manifest or way-bill that accompanies ton cars, determine the resistance of iifteen each car; by means of a suitable registering (15),twenty (20), twentyive (25) ton, etc., device or display, having a series of keys at different locations in train. For example, for operating the same, which said keys have on a of two-thousand (2000) tons, an invariable movement for a predetermined different weights oiicars. The o'bject being,

that if an operator presses down the kcy numbered H; 15, 16, ten consecutive times it registers on the registering device one hundred seventyY (170) tous, instead of one hundred titty (150) tons; two tons allowed each car on account-ot their representing tons less than the testing unit. ltress the same key ten (10) additional times 'and the registering device will record one hundred eighty (180) tons or three tous per car additional, one ton more being allowed for length 'o1' train or distancetrom the power. Press the same key ten (10) additional times and it registers on the recording devicetwo hundred (200) tons or two additional tons, which is allowed for the increase distance from the power; this ratio on the basis that the engine rated at sixteen hundred (1000) tov two thousand (2000) tons. It the engine is rated at seven hundred (700) to twelve hundred (1200) tons the allowance in each instance would be less; butnif rated two thousand (2000) to twenty tive hundred (2500) tons, a greater allowance per car would be made. Again, if after the placing of the thirty light cars in the train, such as indicated by the key, you add tive (5) cars of forty (40) [tons each, to 'record this additional tonnage the Vdraw-loa .ton unit cars. 'forty (40) ton cars which wil jpower, nothing test unit.

you would press the t'orty (40) ton key tive times, which will register on the recorder an even two hundred (200) tons, which Jis in addition to that previously registered or recorded by pressing the keyiirst mentioned, no allowance is made tor the testing unit car. The next ive (5) cars added to the train, if of seventy ton cars the ton key is pressed and at each pressure oif the seventy (70) ton' key there will be registered' on the recorder sixty two (62) tons making a total of 310 tons. The seventy vton key it' the car is placed at the point referred to in 'the traimt-here is recorded sixty two (G2) tons instead of seventy "T0\)tons, that beingy y pull 'as cgmpared to a forty )tn testiny unit.Y will., now have forty "40` cars in tlie train ich is rated at( sixteen hundred (-1600) ton. ffortyf (40)U pla, e them forty first (4:1) to iiftieth (50,) czirsw'trom the engine by pressing the keynumber Vforty" 60."

ten times itvwill reglster .on the recording deyice. four hundred ten tons (410) tons or one'extra j el; ca'r for distance from or light w'eight as it is the 'In orderP vto p'rovidef'or the diierent drawlocations in the train I provide a registering device that is actuated by a series of independently movable keys, each of said keys having a given stroke for a predetermined and all of the keys adapted to be lengthened at predetermined intervals and so retained are so arranged and combined that the adjustment for the increase length of stroke ot each key is automatic and the stroke of all the keys are automatically adjusted simultaneously after pressing any one key a predetermined number o't strokes or by pressing a series of different keys amounting in the aggregate to the number of strokes for which any-one key is adjusted. The adjustment of th'e keys may be such that the increase in their stroke may be after tive successive strokes on one key or upon five dii!- terent keys or adjusted to suit any number of strokesl as may be desired and as required for different ratings.

in order that the invention may be more fully"understood reference is had to the accompanying drawings forming a part oi this specification, in which;

Figure 1 is a plan View, with the casing in section, showing a tonnage computing machine embodying my improvements; Fig. `2 is an elevation in section, parts removed, showing my improved machine in front elevation; Fig. 3 is an elevation of one end of my machine, with the casing shown in section; Fig. -t is a vertical sectional elevation through a point approximately the center of my machine, to illustrate certain points; Fig. 5 is a detached view of a key, showing its stroke in dotted lines, also showing a stop member with which it co-acts; Fig. (3 shows enlarged, asectional view ot a stop mem- `ber on its shaft, also a member carried by the key -co-acting with the stop member, the said carrying member being in position 'when the key is depressed; Fig. 7- shows three {diii'crent forms ot stop members with which the keys co-act'; l? ig. S is an elevation from one side showing gearing tor a certain tallying device; Fig. 9 shows al1 elevation from one'side of 'means for actuating the tallying device; Fig. 10 shows two deor Scale for registering-'or recording the tqli.- nage resistance ina train.

A--'-LikeY numerals ofreference indicate corresponding parts throughout the figures.' f' Intlie drawings 1 indicates a casing which `may be ofsuitable form land in which the operative parts of my device are contained. The'device may be portable,v as shown in the drawings or otherwise as may be desired ando'f a siie most convenient. A"ing 4is carried the standards 2 and r'sup- 'ported upon ythe base ofthe casing` and suit-- number of strokes and the stroke of eachv Yt'or a given number of strokes. The devices* tached portions of diiiercnt forms of a tapey bar pull of same weight of car at diii'erent- In the cas' iso may form a part of the standards 2. The

reel 8 is supported on a shaft 10 extending longitudinally and parallel with the, shaft 4 and the same is journaled in the brackets '11 which extend up from and form a part of certain standards 3. To insure the tape or scale being fed uniformly from the reel 7 to the reel 8 I provide for frictionally feeding the said tape or scale, which is accomplished by the rollers 12 and 13, the former bearingupon the surface of the tape and impinging the same against the surface of the wheel 5; the roller 13 bearing against the surface of the wheel 5 as shown and frictionally holding the same during its rotation, both the rollers 12 and 13 are yieldingly held by means of the springs 14.' The roller 12 is carried inthe swingably supported arms 15 carried by a shaft 16 extending parallel with the shaft 10 which in turn is supported by arms 17 forming a part of the brackets 10. The roller 13 is snpported by arms 18 which are swingably carried on the shaft which supports the reel 7. In the movement of the wheel 5 the tape or scale G is unwound from the reel 7 and wound upon the reel 8, for thc purpose of registering the tons of resistance indicated by the operation of certain keys to be described. The winding of the tape on the reel 7 is assisted by a spring drum 1S from which a tape or cable 19 is fed and one end attached to and adapted to be wound on a reel 2O carried by the shaft 10. In rewinding the tape or scale (3 on the reel 7 the same is assisted by a spring drum 21 from which a tape or cable is fed one end of which is attached to and wound upon a drum 23 attached-to or carried by the shaft supporting the reel 7.

The wheel 5 is adapted to be actuated through the tape 6 and pawl 24 carried by a rod 25, which said rod is mounted in a link frame which will be described. vT he pawl 24 f being yieldingly held to its work by means of the springs 26 5 the pawl heilig so disposed that in its normal position it is free of the ratchets on the wheel 6 to permit the latter to bel turned in opposite directions without necessity of having to disengage the pawl, the purpose of which will be described.

The link frame to which attention was called comprises a shaft 27 extending longitudinally in the frame and journaled in the Standards 28 atopposite ends thereof and at- In the tached to the ends of the shaft 27 is shown the bars 29 extending forwardly and connecting the free ends of the bars 29 is shown a rod 30. Extending up from and attached to the opposite ends of the rod 30 are shown the link bars 31 and connected to the u per end of the link bars 31 is the outer end o the rods 25, the inner end of the rods 25 connected inra link bar 32 which extend from the shaft 4 which support the i'nner ends thereof out and beyond the rods 25 and their ends are connected by the short rod 33. The

arrangement here shown has been made necessary on account of the construction of the wheel 5 and the arrangement of the link bars 31, 32, and the rods 25; butthis arrangement may be modified and rearranged desired. The link frame consisting of the bars 29, 31, 32 also the rods 25 and 31 is held normally in a raised position, and yieldingly held in such position by means of the springs 34 carried by the shaft 27 and bearing against the under side of the bars 29, also the springs 35 carried by the shaft 4 and bearing agalnst the under side of the rods 25 as shown.

36 indicates a shaft or rod, its opposite ends journaled in the upper ends of the standards 23, and 37 denote a series of key-v bars having their inner ends pivoted on the shaft 36 and the bars separated by the spacing collars 33 carried on the shaft 37; the bars 37 extend forwardly inclined slightly upwardly and pass above the rod 30, with the lower edges of the bars 37 lying in close proximity to the upper face of the rod 30. The bars 37 pass out of the casing 1 through the slots 39 in which the key-bars are adapted to have vertical movement and the key.- bars are alternately short and long to economize in space, and are provided on their outer extremities with the short arms 40 to which is attached a key or-button 41, upon the face of which .is adapted to be placed certain numerals representing cars of certain tons, as called for by the way-bills or manifest, which will be further described.

42 denotes aflongitudinally disposed shaft which is journaled in the upper ends of the standards 3, and upon said shaft is carried a series of stop members 43, in practice one for each of the key-bars 37. The said stop members are provided with irregular peripheries, to be further described, and have the extended hub portion 44, to provide a suitable bearing therefor on the shaft 42. The stop members arev so arranged on the Yshaft thatthey are alternately disposed with body through which the shaft 42 extends and to adapt the bars 45 to have an extended movement across the axis of the shaft which 'is occasioned by the depression of the keyascesi the lips or depending ears 4S of the succeeding arms 45 are shorter than those on the preceding bars 45, the purpose of which will `,be'takeul as indicating-g also be described. The key-bars are adapted to lie-normally held in a raised position, with vthe lips 48 of the bars 45 in their extreme raised position above the stop members' described, accomplished by me'ans of spring arms 49 bearing upwardly against the lower edge of the key-bars 37, with a coil of the spring, coiled around the shaft 27. These spring arms serve also, to return the key-bars to their normal position after eachdepression whenvthe hand or finger of the operator 1s released therefrom.

Referrlngagam 'to the key-bars 37, attention is directed to Fig. 1 -which shows inplan the buttons or keys 41; these keys are provided with suitable numerals and are adapted to register the tonnage in cars ranging from fourteen (14) tons to seventy-three 7 3) tons. It. will be observed, as was stated above, that each of the keys p ovided with three numerals. The first ke beginning with the left hand side of th machine, represents a car weighing fourteen (14), ftecn (15) or` sixteen (16) tons, respectively, and each succeeding key thereafter represents carsthree tous more than the preceding keys.` This arrangement is made for the purpose of economizing in space and the registering deviceis conformed thereto, but it is not intended to put a limit on the number ot' keys nor what tons in cars each key shall represent; 'for the reason, that a machine may ,be so constructed that a fifteen (l5) ton car will be represented by one key and asixteen (.16) ton car by another key. There is no limit to this arrangement and the device here shown is to illustrate how in4 practice the device maybe made.

Referring now to the stop members which I have indicated as 48, it Wlll be observed from the drawings and especially Figs. 3, 4,

5, and 7, that the irregular faces thereof vary on nearly all of the stop members. In Fiv .3

which represents an end View from one side of the machine, the stop member there shown may be taken to indicate a seventy or a seventy-one (7i) ton stop member, while in Figs. 4 and 5, the stop member may a tort y (40) ton stop member, and in Fig. Y, three dili'erent stop members are shown which may be taken as reprtsenting' fifteen (15), thirty-tive (35) and forty-five (45) ton stop members respectively', Thermachine in this case, maybe taken as being based on a sixteen hundred (1600) ton rating, the unit of which is a i forty (40) ton car; therefore, all of the stop members would be adjusted to this rating; and the depending` lips or ears 48 ot the bars 45 are in length tocorrespomtto the stop members with which they co-act. In other words, taking for example a forty (40) ton stop member and the position in which it is lshown in Figs. 4 and 5; it a forty' (40) ton car were placed in a train in the lirst forty (40) cars, the stroke ot a forty (40) ton keybar would be only sutlicient to move the registering tape 6to record forty (40) tons, the depression. oli' the key beingdetermined by the distance between the upper squared face of the forty (40) ton stop member as shown in the figures, and the lower edge of the ear or lip 48 of the barv 45 co-acting; with such forty (40) ton stop member and attached to the forty (40) ton key-bar.

lin computing the tonnage resistance of the cars as they are added to the train, I have provided as was intimated in the fore part of the specification, to allow somuch resistance tor cars of diferent weights and in series; so that in making up a train if ten cars of fifteen (15) t-ons each are placed in thetrain next the eng-ine, each car will register on the recording device seventeen (17) tous respectively or in the main one hundred and seventy (170) tons. At this juncture, mechanism would be brought into play for automatically changing the position of the fifteen (15) ton stop member and in fact all the stop members simultaneously,

so' that by placing ten (10) additional `tifteen (15) ton cars' in the train, the movement of the fifteen (15) ton key-bar and its bar 45 would move so as to register on the rec'ordingdevice eighteen (18) tons'for each depression of the key-bar or one ton additional for cach ot the ten (10) cars .110

added to the train, amounting to one hundred and eighty (180) tons. For example, take the seventy (70) ton key-bar, and i in making up the train, we shouldA place ten 10) seventy (70) ton cars next the engine, the depression of the seventy (70) tons keybar ten (10) times wouldv register on the recordingdevice six hundred (600) tous or sixty (60) tons for each car, the reasons for which have been heretofore stated. Or if in placing a sixty (60) ton car next the engine, a depression of the sixty (00) ton key-.bar would record tittysive (55) tons; or a depression of a forty-eight (48) ton key-bar, the same will re'ord a'iproximavtely forty-six (46) tons; the depression of a thirty-six (36) ton key-'bar will record approximately thirty-seven (37) tous; the depression-of a twenty-seven (27) ton key-bar will record approximately twentymine (29) tons. In other words, the tonnageotcars iso ia i

below the` unit is expanded and that above the unit contracted, and the nearer the car comes to the testing unit, the less variation in the'resist'ance.y The stop members are so made and the lips t8 of the bars 45 so adjusted with reference to the distance of travel to lthe face of the stop member, that in no matter what position a car is placed iii the tr'ain, the pressure upon a key-bar represent-ing such a car will equate on the register its proper'resistance. In the machine here shown, each of the stop members is provided with eight (8) irregular faces which are adapted to limit and regulate the distance of travel of each of the key-bars as they are depressed. The examples above given With reference to thel'placing of certam cars 1n a train Were equated as though each stop member had ten irregular faces,

rather than eight, and I wish it to be understood that vin computing the resistance the machine may be adJusted bythe placingof stop members whichwill equate in series of eight cars more or less. Each stop member is made to suit the requirements of its office. and eachlip 48 of the bars 45 are made in lengths, to have a stroke which will equate the proper resistance in a car whether vthesame -1s 1n the first series of eight, or

Wherever elsel it might be placed in the y ltrain or Whatever tons arev represented by such a car as itappears on the way billsor manifest. And devices are provided which will be described for changing the position ofnot only one but of all the stop members at predetermined intervals, or after each eight cars have'been placed in the train, if the machine is so made and the shape of the stop member is to conform to cars in series A described, is also adapted to servel as atallyofeight. ,This mechanism which will be ing device for `'registering the number of carsl placed in a train.' It Willf1 be noticed from the drawings that the peripheral edges of the stop members as you leave those rcpresenting the unit of forty (40) tons and upon opposite sides thereof, are more and moreirregular, that is to say, the otfsets become greater, While the stop members which' represent the unit of forty(40) tons 'are provided with a series of contact faces which are similar the remainder of the contact faces are more and more depressed.

This is tov accommoc ate the placing of a' given number of forty (40) ton cnrs in the train, and lwhen placing a forty (40) ton car after the train has reached a certainlength,

the face o f the. forty (40) ton stop members is provided with a series of increasing irregular portions to properly compute the resistance in the .forty (40) ton car whenl placed inthe train as stated.

The shaft which has been referred to as l0 is here shown in two parts and connected 'sewer by the sleeve 9h at or near the outer end,

the shaft l0 carries a pair of gear wheels 5() and a pair of unit wheels 51 and 52. The

`gear wheels will haveteeth in number to correspond to the acting faces of the cams. As was stated, the cams in the present application are provided with eight portions, therefore the wheels 50 are each provided with eight teeth. This will also be true of the unit wheels which will register with every depression of a key-bar 37. This is accomplished by means of a gear Wheel 53 corresponding to the gears 50 and is carried on the outer end ofthe shaft l';v this shaitt like the shaft 10 is in two parts and is connected by sleeve 54. To operate the gear 53 for transmitting power to one of the gears 50 with each depression of the lreyfl. have provided aratchet bar 55, the lower end of which is carried by the rod 30 -formv ing one of the elements ot the link-trame. The upper end of the ratchet bar has a toothed portion adapted to engage with a ratchet wheel 56 carrierlby the shaft 16, and may be integral with the wheel 53, it desir able. A springr 57 attached lo the shaft 30 and bearing against the rear of the ratchet bar 55, serves to hold the same in position for engagement with a tooth oi the ratchet lwheel 56; so that with each depression of a key-bar 3T, the tooth of the ratchet bar will impart a partial rotation to the shirt, 'by engagement with a tooth of the rtchet wheel and cause the wheel 53 to more one oit the wheels 50 the space ot' a tooth and regster the same on the unit or tallying wheel 5l. \Vith every complete revolution of the wheel 51, it is ada ted to move the lunit wheel 52 the space ot one tooth, for the purpose which is clearly apparent and well known with this form of tallying device. I accomplish this by securing a segmental gear 57 havingpne tooth on the shaft i6, the tooth ot which is adapted to inter-mesh with the teeth of the gear wheel 50, adjacent A to' the unit 'Wheel 52. And as was stated above, the actuation of the tallying device is also employed for the purpose ot imparting a partial rotation to the shaft'l which carries the stop members after a given number of strokes have been applied to any one key-bar or a series of such key-bars in succession. This is accomplished by a gear wheel 58, in all respects similar to the wheels 50 and 53, and is secured on the shaft 4Q and interineshes with one'of the wheels 50, best seenin Figs. B, 4 and 8.

The registering tape or scale 6 is provided with suitable signs or marks .and numeralsv llO l0, or of any other suitable form. The tala kev.

distance, a hand wheel (il has been provided seci'ired upon the oiiter.ciid ot `the shaft l as seen in the tigures andthe arrangement of the ratchet teeth Q4.- desciibed as being norinally held' away from the teeth oit the ratchet wheel (i, will pei'init'ot the reverse ilnoveinent. just. described, andthe pawl 2l is .so disposed that a preliminary depression must be given to the key-bars 23T before the pawl engages with the teeth ot' the ratchet. wheel. This preliminary movement ot the key-bars is made without atl'ecting the position of any of the parts by leaving a sutlicient amount of space between the shaft or bar 30.and the lower tace of the key-bars 37 when they are in their normal position. lt

' is adapted to have the pawls 34 with three ene'aeine' ioints onev shorter than the other a u e: l s

so as to provide their ready engagement with any one tooth of the ratchet wheel (l as the link-trame is depressed. The means for reversing the tallying device is similar to the tonnage registering mechanism and is accomplished by means of a hand wheel (r2 on the outer end of the shatt. 1G, and upon the outside ot' the device which is also the ease with the hand wheel 6l.

in the present device, the arrangement of the irregular a ct-ing faces ot the stop members is to provide tor making up trains ot cars 't'roin the power rearward or when switching in cars at points remote from thepower. rlhe reverse of this-may be aeconiplished by i'eversing the arrangement. oi the stop niembers and provide for picking up cars next to the engine orpower to save backing engine and cars into side tracks, and further, will save equating ears in train when more are added. rlhis and many forms of arranging and equating with the devices here shown,

may be provided, and l do not wish to he confined to the specific structure as herein shown.

I have provided the casing with a cover i3 hinged at (it and adapted tobe locked at. (if). The same may be swung backward to expose to view the operative parts of the. apparatus and give access thereto.

Having thus vt'nlly described my invention what I elaini and desire to secure by Letters Patent of the United Statesmsz l. In a` device ot' the character described,

l i l l t .l mechanism for limiting the stroke ot said key, and means for automatically changing the position ot said limiting mechanisin after a predetermined number of .strokes ott said key, and therebychange thev distance or stroke of said key.

2. in a device ot the character described, registering mechanism, a key for operating said mechanism, mechanism for limiting the stroke ot' said key, and means for automaticaltv changing the position otl said limiting mechanism after a predetermined number of strokesol said key, and' thereby change the disiance et stroke ot' said key.

il. In a device ot' the character described, the combination ol' a plurality of numbering,r wheels, a ,plurality ot' keys each adapted when operated to actuale said numbering wheels` mechanism for limiting the stroke ot each of said keys. and means tor antoinai icallv changing the position of said liinit ing mechanism after a predetermined numlier ot' strokes of .said keys, and thereby change the distance of stroke ot said keys, said limiting mechanism being so arranged as to canse the numbering wheels to register and display a I jreater amount each time the position ot said lii'niting mechanism is changed. l

l. ln a device otthe character described, registering mechanism, keys for operatin' said mechanism, limiting means for said keys, mechanism 'for automatically @hangin the limiting means, and mechanism operate by the keys i'or controlling the change of said limiting means.

5. ln a device ot the character described, a key. means t'or regulating the length of stroke ot' said key when said key is being depressed, and means for automatically changingl said regulating means, thereby allowing said key to he depressed a greater distance with each change oi said regulating means.

(3. ln a device ot' the. characterdescribed,

a seriesl ot keys, each succeeding key inde.

pendently iiiovalile.'and capable of being key, limiting means ter each key, and means to' automatically changingl the position ot all ot? 'said' limiting means after a given number ot' strokes of one oi several keys.

T. ln a device ot' the character described, a shait, a stop member on said shaft, its periphery provided with ay series of irregnlar portions, a key-bar, and means attached to the key-liar and adapted te coaet with the several irregular faces of the stop niember duiiiie the successive operation of said keydiar roi' the purpose' of limiting the length et the stroke ot said key-bar.

-t in comliimition, registering mechanism, a series 'of key-bars adapted to actnate such mechanism, means for limiting the movement ot' the key-bars, and mechanism for automatically changing said limiting means, whereby said key-bars may have an invariable stroke prior to each change of the limiting means and a variable stroke with each change of said limiting means.

, 9. Mechanism for registering the tonnage resistance in trains of cars, .comprising a movable tape having thereon certain signs and' numerals indicating tons, a series of key-bars, one or more numerals on each keybar, limiting means'for said key-bars, and' means for automatically changing the position of said limiting means after a predetermined number of strokes of any one or several of said keys.

10. Mechanism for registering the tonnage ,I resistance 1n trains of cars, comprising a registering tape, av revoluble device for movring the tape,y a plurality of' keys, each of which are adapted to actuate said revoluble device, limiting means for each of said keys, and mechanism operated by the keys for changing the position of said limiting means, whereby with each change of said limiting lmeans, the stroke of each key when de' pressed Will be different than it-Was before such" change of said limiting means.

11. ln a device of' the character described, an oscillatory key-bar, a bar attached to said key-bar and having a depending lip, limiting mean enacting with the lip of said keyhar, and means operated by the key-bar for changing the position oit' the limiting means.

12. In a device of the character described, a shaft, a stop member carried on said shaft and having a series of irregular acting portions, a key-bar, a member attached to said key-barl and movable across the axis of the shaft, said member providedl with means adapted to co-act with the acting portions of the stop member. y I

13. The combination of a key-bar, ya stopmember provided with al series of irregular acting portions cooperating with said keybar-to limit the length of stroke of'said keybar, and means fory automatically moving the stop-member, after a predetermined number offstrokes of said key-bar.-

14. ln a device of the character described, the combination' with a key-bar, of a stop,- member provided With a series of uniform acting portions and a series .oiigraduated4 acting portions, and means connected With said key-bar coperating with the acting portions of said stop-member.

15. In a device of the character specified,

' a shaft, a series of stop-members carried on said shaft, the periphery oi succeeding stop' men'ibers'having graduated. portions, a series" of key-bars corresponding in number to the number of stop-members, and a series of bars carried by said keys provided with portions adapted to co-act with the stop-members,

` and graduated for the purposes specified.

..16. n a device of the character specified,

@saam whey-bars are adapted to have an invariable stroke for ai, predetermined number of strokes, and a variablev stroke at predetermined intervals. v

17. A device for registering the tonnage resistance in trains of cars, comprising a casing having -sight` openings, tonnage registering mechanism disposed beneath one of said sight openings, a tallying device 4disposed beneath the other of said sight openings, a plurality of depressible key-bars extending through thegcasing'and provided with buttons on their outer ends, upon which are arranged certain characters, a link frame, connections between the link frame,

the tonnage registering andV the tallying devices, the link frame so'disposed with reference to said ke -bars as to .be actuated by the depressione' any one of said key-bars, limiting means for each of said key-bars, and means for automatically changing the posi- `tion of said limitinfjr means. f

18. In a device or the'character specified, registering mechanism, a key for operating said registering mechanism, limitin means for said key, and means operated. y saidA 'key for automatically changing the position I I of said limiting means, for addindgon the registering mechanism with each 'cliange 'of the limiting means, an amount diierent `t'roin what is called for by the key, and also an amount diii'erent from that registei-ed prior to each change of saidlimiting 1f). lna device of the character specified,

registering mechanism, a plurality of keys tor operatingv said mechanismyge'ach provided withone or more numerals, the operav tion oit certain of said keys adding to and being displayed by vsaid mechanism, an`

amount different to thatl indicated by the numerals onasuch keys.

20'. In a device oll` the character.described,l

registering mechanism, a kegY for operating said n 'iechanism and provided with one or more numerals, said keyI when given a fulll stroke capable of bein depressed an invariable distance tor a pret ctermined nujnber of strokes, means for automatically changing the distance the key may be moved, whereb after a -predetermined number of 'ful strokes of said key, the distance of its stroke is varied, the operation of the key adding `on the registering mechanism 'synchroisc Aactuation of a ke motion to the tal ying; device, one or more nously with each change of stroke, amounts at variancev to the numerals appearing on said key, i y

:21. in -a device vof the character specified, registering mechanism, a key-bar for open ating said mechanism and provided with one or more numerals, a shaft, a member' carried by said shaft and provided with series ol nnii rn" irrc ula-r acting portions, means carried byl 5 id key 'which will engage with the aforesaid member with each full stroke o the key, means tor automatically g the said shattto shift the positios o, tde member thereon after a predetermined number ot strokes of said key tor changing the distance which the key may be moved, and thereby cause said key to operate the registering mechanism to addvariable amounts.

, adding mechanism, a key for operating.,r said mechanism, and means operated by the key for automatically varyingthe stroke of the key,

` 23. in a device of the character described, adding mechanism, a key tor operating said mechanism, one or more numerals on said key, and means operated by the key' for airtomatically varying,"l its stroke, yto change the amount to be added by said mechanism with each change in stroke ot said key.

24. in a device ot the cl'iaracter described, a plurality or" keys, numerals on each key representing an act-nal Weight of a car and contents, a registering device, mechanism controlled by said keys for operating the registeringA device, said mechanism when operated, causing, the registering' device to add and display an arbitrarily selected amount, and at variance to 'the numerals displayed on the key.

In a. device of the character described, a plurality ot keys, cach succeeding key from one side capable of being depressed a `:greater distance than its preceding key, one or more characters on cach key arrang in niunerical order, means for limiting the stroke olf each key, and means for changing' all ot 'the limitingmeans so as to increase the distance ol' stroke which may be given to all the keys.

26. A tonnageV equating device, compris ing' a suitable register, va plurality of keys, each of which are provided `with characters in numerical arrangement to denote the gross weight of ditierent cars, and means controlled by the keys for imparting movement to the register, with each operation of-said keys, to display on the register the resistance ot a car in lieu of the gross Weight thereof.

27. A. tonnage equatingT device, compris ing a register, a carv tallyingedevice, plurality otkeys foto actuating said register, the also adapted to impart 's me) ln a device of the character described characters onv the keys in numerical arrangement to denotethe gross Weight et" cars, mechanism actuated by the keys tor impartingmovement to the register, and t cause said register todisplay the resistance of a car .in lieu of the gross Weight thereof.

- 28. ln device of the character described, a regis ering device for automatically equating the draw-bar pull of cars of didier-ent gross weight at diierent locations in a. train, ot a series of keys, characters. on each key l-or denoting the gross-Weight oftdifferent cars, mechanism interposed between the keys and registering device and operated bysaid keys to actuatc said register, and means for automatically changing the position of said interposed mechanism after number of operations of one or more keys.

29. ln a device of the character described, a member having a series of irregular faces, a key, said key during a given number of strokes adapted to have engagement with one of the faces ot saidmember andaieter a predetermined number ol" strokes adapted to successively engage the successive faces of said member, and means for automatically changing; the position of said member. i

30. in a device of the character described, a.- in-einber having' one or more and one or more irregular faces, a key, said key during a given number ot strokes adapted to have engagen'ient With v(me ot' the faces ot' saidl member, and after a predetermined number of strokes adapted to successively engage the successive faces of said member, and means for automatically changingr the position of said member.

3l, .ln a device of the character described, a registering device, a lever, means engaged by the lever tor limiting its stroke when depressed, so that. `the stroke may be made invariable for a predetermined number of strokes, means for automatically changing the position of the limiting means, so that the stroke ot the lever as it is successively depressed, may be made variable for a predetermined number oil. strokes, a ratchet and pawl incch'nisni for moving` the register, and connetions between the ratchet and paivl mechanism and said key.

32. In a device of the character described, the combination of an intermittently revolublc shaft, a. series or1 members having a series of irregular faces, secured' on said shaft, levers in operative engagement with said members and the irregular faces therect, and means actuated by one of said levers after a predetermined number of strokes ot one or several of said leve ster partially ifotatime` said shatand the members thereon.

33. In a device et the character described, the combination of a registering device, a car-tallying device provided With a series et vcharacters in numerical arrangement, a series ot levers each of which have a stroke -predetermined uniform faces loo . @sassi at variance with its preceding lever, when said levers are fully depressed, means for actuating said registering device by either of said levers, a ratchet mechanism for actuating the tallying device, and means controlled by any one of said keys for actuating such -ratchet mechanism and thereby the tallying device uponthe stroke of any ,one oit said keys.l 3ft. In a device of the character described, the 'combination of a registering device, a car-tallying device coperating therewith, a series oit keys, numbers on each of said keys, means operated by any one of said keys tor adding to and displaying on said register an amount at variance to and diiiterent from the numbers on said keys, a ratchet mechanism controlling said tallying device, a reciprocally supported bar having a dog adapted to have engagement with said ratchet mechanism, and means controlled by any one of said keys for moving said reciprocally supported bar. i

35. in a device of the character described, a member having a series of graduated olisets, a key, and means connected with said key adapted to have engagement with each of the off-sets of the member, in succession and after a predetermined number of strokes of said key.

36. ina device of the character described, a member having a series of graduated oil'- sets, a key, means connected with said key adapted to have engagement with each otiset of the member fora predetermined number of strokes, and means operating after a redetermined number of strokes of said key ior advancing successively the ofi-sets oit the member.

37. ln a device of the character described, a registering device, a key having a suitable numeral, and adapted to operate said registering device, means for limiting the stroke of said key, thereby governing the move"- inent of the registering device, so that for a predetermined number of strokes of the key the registerin device Will register an amount correspon ing to the numeral on the key, and means for automatically changing the position of the limiting means, so that.

, the stroke of the key may ie increased and operate to cause said registering device to add an amount different to what is called :tor by said key.

38. In a device of the character described, a key, means for limiting the movement of said key for a predetermined number of strokes, and means for automatically changing said limiting means, so that said key may have a different movement, after a predetermined numbcr of strokes.

39. ln a device of the character described, registerin mechanism, a key fdrjactuating said mec ianism, means for liin'iting 'the movement of said key for a predetermined number of strokes, and means for automatically changing said limiting means, so that vsaid key may have a different movement', after a predetermined number of strokes.

lll. In a device of the character described,

the combination of a key-bar, and a movable member co-acting 'with said key-bar, said member being provided With a plurality of irregular faces to limit and to permit a dit'- ference in movement' of said key-bar after a predetermined number of strokes of said key-bar.

42. ln a device of the character described, the combination With a key-benoit a revoluble stop member provided with a series of uniform acting portions and a series of graduated and depressed acting portions, and means connected with said key-bar cooperating With the acting portions of said stop member.

43. ln a device of the character described, registering mechanism, a key, means for liniiting the key stroke, so that said key may have an invariable stroke for a predetermined number oi strokes, and with each stroke operate said mechanism, and means for automatically changing said limiting means, so that said key may also have a dit"- lierent stroke, after a predetermined. number of strokes, and to operatesuch registering mechanism with cach variable stroke.

Llei. ln a device oi the character described, a key, means for limiting the key stroke, so that said key may have an invariable stroke for a predetermined number of successive strokes, and means for automatically. changing said limiting means, so that said key may also have a diii'ercnt stroke after a predetermined number of strokes, the stroke ot Vthe key increasing at cach variation.

45. ln. a device ot' the character described, the combination of a .series of keys each having independent movement, means :for limiting the key stroke, so that said keys may have an invariable stroke for a predetermined number of strokes, and means operated by said keys for automatically changing said limiting means, so that said keys may also have a different stroke after a predetermined number of strokes, said keys arranged so as to have their strokes varied simultaneously, and any one of said keys after a predetermined number of strokes of any one or all of said keys, adapted to operate to change said limiting means.

46. lin a device of the character described, the combination of a series of keys each hav- .more than that called `rfor by ftlie'lsc-id key sessel y 'a il ing independent movement, means for limiting'the key stroke, so that said keys may have an invariable stroke for a predetermined number oi' strokes, and means operated by said keys for automatically changing the position of said limiting means, so that said keys may also have aA different stroke after -a predetermined number of strokes, certain of said key limitingemeans arranged to have their positions simultaneously changed after a predetermined number of strokes of certain of said keys, and certain other of said key limiting means arranged to'have their positions changed after a predetermined'number ot strokes of certain-otherof said keys, but only after va predetermined number of changes in the aforesaid key limiting means.

471. In' a device of the character specified, registering mechanism, a key foroperating said mechanism and provided with one. or

more numerals, the operation ofthe key at all timesaddingca the registering mechanism anfamount at variance to and different from the numerals appearing` on the key.

48. In adevice oi the character described, registering mechanism, a key for operating thesaidmechanism' and provided with one or more numerals, the operation of the key adding on the registering mechanism an amount at variance to and different from the original amount, the difference in the two amounts equaling a number at variancev to and different from the numerals appearing on the key.

. 49. Ina: device of the character' described, registering mechanism, a key for operating said mechanism and provided with one or more numerals,.means for limiting the key stroke, so that said key for a'predetermined number of strokes will add on the registering mechanism an amount, equal to that called for on the key, and means "operated by said key for automatically changing the position oi said limiting means so that at predetermined intervals said key when operated will add on such mechanism un amount at variance with the numerals appearing on the key. i

50. yln a device of 'the character speciiied, registering mechanism, a key for operating said mechanism provided with. one or more numerals, the operation of the key adding to the registering mechanism an amount al. variance toend different from' the numerals on the key, the amount added being less than that called for by said key.

5l.- ln a device of the character specified, registering mechanism, a key for oper said mechanism and provide.,i with one o;I more numerals", the opereticn ,i key ing to the registering mechanism au, anniunt at variance to and different from, merals on the key, the amountI :guided beine' 'accordance with the au new 52. in ar machine for equating train tonnage, registering devices, mechanism tor operating said devices, and means based on a unit oi' 'ating coperating with said mechanism.

53. ln a machine for equa-ting train tonnage, registering devices, mechanism for opera-ting said devices, and means based on a unit otr-ating interposed between said registering devices and said operating mechanism for limiting the movement of the latter.

in a machine for equating' train tonnage, registering devices., means based on u unit of rating and representing gross weight of diiilerent cars, cooperating with-thc reg'- istcring devices, and mechanism for operating the registering devices, coperating with the ating means, whereby witheach operation of the registering devices, said devices will display the resistance of a car in lieu of its gross weight, and to indicate amounts equal to the unit, amounts greater than certain weights of cars less than the unit, and amounts less than certain weights of cars greater-than the unit.

55. ln a computing machine, in combination, registering means, a plurality of movable members operatively connected with the registering' means and having associated therewith designating characters serving as a guide in the operating of the registering means, and means for limiting the movement of said members, said limiting means being so arranged that the registering 'means when 'operated by certain of' the members in accordance with the cha 'acters' associated therewith, will register an amount equal to said designating characters, and when operated by certain other of said members in therewith, will register an amount greater, than said designating characters, and when operated by certain other of said members in accordance with the characters associated therewith, will register an amount less, than said designating characters.

5 0. In a compu-ting machine, in combination, registering means, a plurality of movable members operatively connected with the registering means and having associated therewith designating` characters serving as a guide in the operating of the registering means, means for limiting the movement of said members, said limiting means beingso arranged that the registering means when operatedby certain of tho members in accordance with the characters associated therewith, will register' an amount equal to said designating characters, and when oproo ' tallyingl each movement of the adding de- MM; l

erated by certain other of said members in accordance with the characters associated therewith, will vregister an amount greater, th'an said designating characters, and when operated by certain other of said members in accordance with the characters associated therewith, will register an amount less, than said designating characters, and mechanism for tallying each operation or' said movable members.

57. Adevice for reducing gross tons and cars and contents to 'tons or' draw-bar pull, comprising adding devices, means for adding on said device the total of said reduction, and means forincreasing the allowance made to each gross weight of car and contents after apredetermined number of operations of said adding devices, thereby causing said devices to compute and register for the saine ,gross weight of car and contents diii'erent amounts, said allowance to be made depending,l on the location ot' said car and contents in the train.

58. Acdevice for reducing gross tous and cars and contents to tons of draw-bar pull, comprising adding devices, means for add-r ing on said device the total of said reduction, means for increasing` the allowance made to each gross weight ot car and contents after a prcdeterinined number ct operations of said adding devices, thereby causing said devices to compute and re ister lit'or the same gross weight ot car and contents diil'erent amounts, said allowance to be made depending on the location of said ar and contents in the train, and mains for vices.

5S). ln afdcvicc ot' the character specified, the combination of a suitable arrangement ot' numerals representing gross tons of cars and'contents, registoring,` mechanismlmeans associated with said numerals for actuating said registering mechanism whereby the said mechanism is caused to add amountsl aty variance to that'. called for by the numerals aforesaid, being equal to the draw bar pull olE cars and contents, and means for increasing the allowance made to each `ross weight of car and contents` at. predctermined intervals.

(30.1111 a device of the character specilied. the combination of a suitable arrangcimnt ot' nunierals representing' gross tous of cars and contents, registering' mechanism, means associated with said numerals for actuating said registering mechanism whereby the said mechanism caused to add amountsat variance to that called for by the numerals aforesaid, being equal to the draw bar pull of cars and contents, and means tor anto inatically increasing the allowance ma each gross Weight of car and contents predetermined mtervals.

6l. In a device o the character spceilled,

merels aforesaid, being equal tothe drawbar pull of cars and contents, means for in creasing the allowance made to each gross Weight of car and contents at predetermined intervals, and means for tallying each move ment of said registering mechanism.

62. In a computing machine, in combination, registering:r means, a plurality or" mcyable members operatively connected Witlthe registering means and hai/inf;T associated therewith designating chara ters serving as a guide in the operating of the registering means, and means for limiting the move ment ot' said members, said limiting me being so arranged that, 'the rcgist means when of bers in accor ciated therewith, -vill register en anion equal to said designating characters when operated by certain other or members in accordance with the charac is associated therewith, will register an amount greater than said designating` char acters.

U23. ln a computing` machine, in combination, registering means, a plurality et" movable members operatively connected with the registering means and having associated therewith designating characters servirle" as a ruido in the operating of the register .ig means, and means for limiting the more meat of said members, said limiting means being, so arranged that the registering when operated by certain ont the members in accordance with the characters associated therewith. will register an amount; sonal to said designating characters and when operated by certain other of said inem in accordance with the character.' associa therewith, will register an amount less theA said designating characters.

ln testmiony whereof-l alliir my in presence of two witnesses.

JOHN M. Delfi Witnesses (l. M. X'Voon, Juntos l. lviinsoN. 

